Long pages

Showing below up to 50 results in range #1 to #50.

1. (hist) Decoding the Disciplines [13,267 bytes]
2. (hist) Events [12,139 bytes]
3. (hist) David Pace [11,241 bytes]
4. (hist) Discussion techniques [10,037 bytes]
5. (hist) Decoding Transitions to College [9,742 bytes]
6. (hist) Decoding interview [8,377 bytes]
7. (hist) Question 2: Uncovering the tacit mental moves [7,483 bytes]
8. (hist) AI Literacy as a bottle neck [7,222 bytes]
9. (hist) Textual descriptions in mathematics [6,830 bytes]
10. (hist) Disrupting the Disciplines [6,512 bytes]
11. (hist) Quick guide [5,852 bytes]
12. (hist) The Decoding Alphabet [5,843 bytes]
13. (hist) Limits [5,824 bytes]
14. (hist) An example of Holistic Decoding in a History Course [5,642 bytes]
15. (hist) Decoding working group at BayZiel [5,578 bytes]
16. (hist) Faculty (educational) development [5,458 bytes]
17. (hist) Function [5,203 bytes]
18. (hist) Threshold concept [4,968 bytes]
19. (hist) EditTogetherTest [4,911 bytes]
20. (hist) Main Page [4,887 bytes]
21. (hist) Acquiring search expertise: Learning experiences and threshold concepts [4,744 bytes]
22. (hist) Formula [4,463 bytes]
23. (hist) What use is SoTL?: Using the scholarship of teaching and learning to develop a curriculum for first year university history classes [4,381 bytes]
24. (hist) Group activities in interactive teaching [4,374 bytes]
25. (hist) Open-circuit voltage [4,372 bytes]
26. (hist) Quick guide for interviewers [4,338 bytes]
27. (hist) Communities of decoding: Using the Decoding the Disciplines paradigm to create faculty learning communities on three continents [4,281 bytes]
28. (hist) Teaching to Teach History: A Study of a University-Based System of Teacher Preparation [4,070 bytes]
29. (hist) Step 3 - Modeling Mental Operations [4,018 bytes]
30. (hist) Decoding as a writing process [3,962 bytes]
31. (hist) Bottleneck Lesson - Art History - Visual Analysis [3,935 bytes]
32. (hist) Mental moves [3,792 bytes]
33. (hist) Step 1 - Identify a Bottleneck to Learning [3,785 bytes]
34. (hist) Geological time, biological events and the learning transfer problem [3,760 bytes]
35. (hist) Step 5 - Motivate and lessen resistance [3,652 bytes]
36. (hist) Call for papers (Aachen conference) [3,590 bytes]
37. (hist) Middendorf’s Revised Bloom’s Typology [3,518 bytes]
38. (hist) Step 7 - Share What Has Been Learned Through the Decoding Process [3,406 bytes]
39. (hist) Intervention Planning for Children who use Augmentative and Alternative Communication: Exploring the Expert-Novice Gap in Speech-Language Pathologists’ Clinical Reasoning [3,197 bytes]
40. (hist) Enhancing Graphical Literacy in Introductory Biology Students using the Decoding Disciplines Paradigm [3,092 bytes]
41. (hist) Derivative [3,024 bytes]
42. (hist) Reading a clock [2,869 bytes]
43. (hist) Kinetic theory of gases [2,804 bytes]
44. (hist) Pages needed [2,785 bytes]
45. (hist) An Innovative Approach to Helping Students Overcome Bottlenecks in Social Work Education Using Self-Study [2,776 bytes]
46. (hist) Adopting teaching innovations [2,697 bytes]
47. (hist) Step 4: Give Students Practice and Feedback [2,655 bytes]
48. (hist) Decoding learning in law: collaborative action towards the reshaping of university teaching and learning [2,582 bytes]
49. (hist) Taught by experience - an approach to integrated learning for first year students in Electrical Engineering. [2,581 bytes]
50. (hist) A novel approach for practitioners in training: A blended-learning seminar combining experts, students and practitioners [2,546 bytes]